CN108422938B

CN108422938B - Vehicle with sensing device and application

Info

Publication number: CN108422938B
Application number: CN201810296993.XA
Authority: CN
Inventors: 赵冀江; 张子琦
Original assignee: Zebred Network Technology Co Ltd
Current assignee: Zebred Network Technology Co Ltd
Priority date: 2018-03-30
Filing date: 2018-03-30
Publication date: 2024-04-05
Anticipated expiration: 2038-03-30
Also published as: CN108422938A

Abstract

The invention discloses a vehicle with a sensing device and application, wherein the vehicle with the sensing device comprises a vehicle body, a trunk cover and at least one sensing device. The trunk lid is operatively arranged to the vehicle body and forms a trunk space between the trunk lid and the vehicle body, the sensing device being laid on the vehicle body in such a way that the sensing device is held in the trunk space, wherein the sensing device is capable of sensing item information of items stored in the trunk space so that the trunk space of the vehicle with the sensing device can be used for sharing, thereby reducing or even avoiding wastage of vehicle resources.

Description

Vehicle with sensing device and application

Technical Field

The present invention relates to a vehicle, and more particularly, to a vehicle with a sensing device and application capable of obtaining article information of articles stored in a trunk space.

Background

In recent years, with the rise of the sharing concept, shared automobiles have begun to become popular. There are two sharing modes for sharing cars currently available, wherein the first sharing mode is a service provider offering a dedicated car for sharing, and the second sharing mode is a private car for operation. It should be appreciated that both sharing modes described above are sharing of the ride space of the car. It is well known that automobiles not only provide seating space, but also trunk space for storing items, and in general, trunk space of automobiles is left unused, regardless of whether they are participating in sharing or not, which results in waste of vehicle resources of the automobiles. Therefore, it is the direction of the inventors' study how to enable sharing of vehicle resources of a trunk space of an automobile, and to solve a series of problems encountered in sharing of vehicle resources of a trunk space of an automobile.

In addition, with the popularization of the internet and the rapid development of the express industry, more and more people choose to shop on a shopping website, and when people choose to shop on the shopping website, the shopping website requires clients to reserve relevant information, such as a consignee. Typically, the address reserved by the customer may be a company address or a home address, and at this time, the express service provider distributes the items purchased by the customer at the shopping site according to the address reserved by the customer. There are a number of problems with this approach, for example, on the one hand, the courier typically delivers purchased items to the customer during the day, where the customer may be at the office and unable to sign up, and on the other hand, the customer simply expects the courier to deliver the purchased items near the reserved address without wishing to expose detailed information about the address to ensure personal privacy, but there is currently no technology to assist the customer in achieving this desire.

Disclosure of Invention

It is an object of the present invention to provide a vehicle with a sensing device and applications wherein the trunk space of the vehicle with a sensing device can be used for sharing for temporary storage of items by non-owners, thereby facilitating an improved utilization of vehicle resources of the vehicle with a sensing device to reduce or even avoid wastage of vehicle resources of the vehicle with a sensing device.

It is an object of the present invention to provide a vehicle with a sensing device and a use, wherein the vehicle with a sensing device provides at least one sensing device, wherein the sensing device is capable of obtaining item information of items stored in a trunk space of the vehicle with a sensing device.

It is an object of the present invention to provide a vehicle and an application with a sensing device that obtains article information of an article stored in a trunk space of the vehicle with the sensing device in a manner that senses a pressure applied by the article. For example, the sensing device can obtain information such as a time at which an article stored in a trunk space of the vehicle with the sensing device is stored, a time taken out, a time period of storage, a weight, a size, and a shape, so that the trunk space of the vehicle with the sensing device is used for sharing.

It is an object of the present invention to provide a vehicle with a sensing device and a use thereof, wherein the sensing device is detachably provided to a vehicle body of the vehicle with a sensing device, so that the vehicle with a sensing device allows the sensing device damaged to be replaced, to reduce maintenance costs of the vehicle with a sensing device.

It is an object of the present invention to provide a vehicle and application with a sensing device that is detachably arranged to the vehicle body so that the sensing device can be easily retrofitted to existing vehicles so that the trunk space of the existing vehicle can also be used for sharing.

It is an object of the present invention to provide a vehicle with a sensing device and an application, wherein the vehicle with the sensing device can be managed by a vehicle resource management system, so that the trunk space of the vehicle with the sensing device can be reasonably and fully utilized, thereby reducing or even avoiding waste of vehicle resources.

It is an object of the present invention to provide a vehicle with a sensing device and an application, wherein the vehicle resource management system manages the vehicle with a sensing device such that the vehicle with a sensing device can be shared, in particular such that a trunk space of the vehicle with a sensing device can be shared.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows non-owners to deposit items in the trunk space of the vehicle with a sensing device without the owners being on site. For example, the vehicle resource management system allows an express service provider (not the owner) to deposit the item directly into the trunk space of the vehicle with the sensing device.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows non-vehicle owners who acquire a deposit verification code to deposit items in the trunk space of the vehicle with the sensing device without being on site.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows multiple non-vehicle owners to individually store items in the trunk space of the vehicle with the sensing device without the owners being on site.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows multiple non-vehicle owners to intermittently deposit items in the trunk space of the vehicle with the sensing device without the owners being on site.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows an off-vehicle owner to remove items from the trunk space of the vehicle with the sensing device without the owner being on site.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows a non-vehicle owner who obtains a pick-up verification code to remove items from the trunk space of the vehicle with the sensing device without the owner being on site.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows a plurality of non-vehicle owners to individually remove items from the trunk space of the vehicle with a sensing device without the owners being on site.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system allows multiple non-vehicle owners to intermittently remove items from the trunk space of the vehicle with a sensing device without the owners being on site.

It is an object of the present invention to provide a vehicle with sensing means and applications wherein said vehicle resource management system allows for transferring items stored in a trunk space of one of said vehicles with sensing means to a trunk space of another of said vehicles with sensing means.

It is an object of the present invention to provide a vehicle with a sensing device and applications wherein the vehicle resource management system is capable of preventing items from being lost when stored in the trunk space of the vehicle with a sensing device.

It is an object of the present invention to provide a vehicle with a sensing device and a use thereof, wherein the vehicle resource management system is capable of preventing items stored in a trunk space of the vehicle with a sensing device from being lost when one item is stored in the trunk space of the vehicle with a sensing device.

It is an object of the present invention to provide a vehicle with a sensing device and applications wherein the vehicle resource management system is capable of preventing items from being lost when removed from the trunk space of the vehicle with a sensing device.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system is capable of preventing items stored in the trunk space of the vehicle with the sensing device from being lost when an item is removed from the trunk space.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system is capable of preventing items from being lost when they are transferred.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system provides a stock verification code generation module for generating the stock verification code for subsequent storage of items in a trunk space of the vehicle with the sensing device by a non-vehicle owner who is allowed to acquire the stock verification code.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the vehicle resource management system provides a pick-up verification code generation module for generating the pick-up verification code for subsequent removal of items from the trunk space of the vehicle with the sensing device by a non-vehicle owner who is allowed to acquire the pick-up verification code.

It is an object of the present invention to provide a vehicle and an application with a sensing device, wherein the vehicle resource management system provides a verification unit, wherein the verification unit obtains the deposit verification code held by a non-vehicle owner to subsequently allow the non-vehicle owner holding the deposit verification code to deposit items into a trunk space of the vehicle with the sensing device.

It is an object of the present invention to provide a vehicle and application with a sensing device wherein the verification unit obtains the pick-up verification code held by a non-vehicle owner to subsequently allow the non-vehicle owner holding the pick-up verification code to pick up items from the trunk space of the vehicle with the sensing device.

According to one aspect of the present invention, there is provided a vehicle with a sensing device, comprising:

a vehicle body;

a trunk lid, wherein the trunk lid is operatively disposed to the vehicle body and forms a trunk space between the trunk lid and the vehicle body; and

at least one sensing device, wherein the sensing device is laid on the vehicle body in such a way that the sensing device is held in the trunk space.

According to one embodiment of the invention, the sensing device is detachably laid on the vehicle body.

According to one embodiment of the present invention, the vehicle body is provided to be able to control the state of the trunk lid according to the sensing result of the sensing device.

According to one embodiment of the invention, the vehicle with sensing device further comprises at least one camera device, wherein the camera device is arranged at the trunk lid.

According to one embodiment of the invention, the sensing device comprises at least one membrane layer and a plurality of sensors, wherein each sensor is respectively arranged on the membrane layer at intervals.

According to one embodiment of the invention, each of the sensors is arranged in a lattice pattern on the membrane layer.

According to one embodiment of the invention, the number of membrane layers is two, wherein each of the sensors is held between two membrane layers, respectively.

According to one embodiment of the invention, the two film layers are glued to each other.

According to one embodiment of the invention, the two film layers are sewn to each other.

According to one embodiment of the invention, the two film layers are heat sealed to each other.

In accordance with another aspect of the present invention, there is further provided a vehicle resource management system comprising:

the processing unit comprises a picking verification code generation module, wherein the picking verification code generation module generates a picking verification code corresponding to an article; and

the management unit comprises a verification module and a control module which are mutually and communicatively connected, wherein the control module is used for controlling at least one vehicle, the verification module verifies the picking verification code generated by the picking verification code generation module, and the control module controls the state of the vehicle according to the verification result of the verification module so as to allow the article stored in the trunk space of the vehicle and corresponding to the picking verification code to be taken out.

According to one embodiment of the invention, the management unit comprises a confirmation module, the confirmation module and the control module being communicatively connected to each other, wherein the confirmation module confirms the nature of the item being removed from the trunk space of the vehicle, and the control module controls the state of the vehicle according to the confirmation result of the confirmation module.

According to one embodiment of the invention, the confirmation module obtains confirmation of the nature of the item being removed from the trunk space of the vehicle in a manner that is communicatively connected to a sensing device of the vehicle.

According to one embodiment of the present invention, the processing unit includes a deposit verification code generating module, the deposit verification code generating module generates a deposit verification code corresponding to the article, wherein the verification module verifies the deposit verification code generated by the deposit verification code generating module, and the control module controls the state of the vehicle according to the verification result of the verification module so as to allow the article corresponding to the deposit verification code to be stored in a trunk space of the vehicle.

According to one embodiment of the present invention, the processing unit includes a recommending module, and the stock verification code generating module is communicatively connected to the recommending module, wherein the recommending module is configured to recommend one of the vehicles as the shared vehicle, and the stock verification code generating module generates the stock verification code corresponding to the item according to the shared vehicle recommended by the recommending module.

According to one embodiment of the invention, the processing unit comprises a transfer module, which is communicatively connected to the recommending module, wherein the transfer module generates a transfer signal according to a transfer request, and the recommending module recommends another vehicle as the shared vehicle according to the transfer signal.

Drawings

Fig. 1A is a schematic perspective view of a state of a vehicle according to a preferred embodiment of the present invention.

Fig. 1B is a schematic perspective view of another state of the vehicle according to the above preferred embodiment of the present invention.

Fig. 2A is a schematic top view of a sensing device of the vehicle according to the above preferred embodiment of the invention.

Fig. 2B is a schematic cross-sectional view of the sensing device of the vehicle according to the above preferred embodiment of the present invention.

Fig. 3A is a schematic view of a state of the sensing device of the vehicle according to the above preferred embodiment of the present invention.

Fig. 3B is a schematic view of another state of the sensing device of the vehicle according to the above preferred embodiment of the present invention.

FIG. 4 is a block diagram of a vehicle resource management system according to a preferred embodiment of the present invention.

FIG. 5 is a flow chart of the vehicle resource management system according to the preferred embodiment of the invention.

FIG. 6 is another flow chart of the vehicle resource management system according to the above preferred embodiment of the present invention.

Detailed Description

The following description is presented to enable one of ordinary skill in the art to make and use the invention. The preferred embodiments in the following description are by way of example only and other obvious variations will occur to those skilled in the art. The basic principles of the invention defined in the following description may be applied to other embodiments, variations, modifications, equivalents, and other technical solutions without departing from the spirit and scope of the invention.

It will be appreciated by those skilled in the art that in the present disclosure, the terms "longitudinal," "transverse," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," etc. refer to an orientation or positional relationship based on that shown in the drawings, which is merely for convenience of description and to simplify the description, and do not indicate or imply that the apparatus or elements referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore the above terms should not be construed as limiting the present invention.

It will be understood that the terms "a" and "an" should be interpreted as referring to "at least one" or "one or more," i.e., in one embodiment, the number of elements may be one, while in another embodiment, the number of elements may be plural, and the term "a" should not be interpreted as limiting the number.

Referring to fig. 1A to 3B of the drawings, a vehicle 100 with a sensing device according to a preferred embodiment of the present invention is disclosed and described in the following description, wherein the vehicle 100 with a sensing device comprises a vehicle body 101, a trunk lid 104 and at least one sensing device 105, wherein the trunk lid 104 is operatively arranged to the vehicle body 101 to form the trunk space 106 between the vehicle body 101 and the trunk lid 104, wherein the sensing device 105 is laid on the vehicle body 101 in such a way as to be held in the trunk space 106. So that when an article 200 is stored in the trunk space 106 of the vehicle with the sensing device 105, the article 200 can exert pressure on the sensing device 105 due to the action of gravity, and at this time, the sensing device 105 can obtain article information of the article 200 due to sensing the pressure exerted by the article 200. For example, information such as the storage time, the removal time, the duration of storage, the weight, the size, and the shape of the article 200 stored in the trunk space 106 of the vehicle with the sensing device can be acquired by the sensing device 105.

That is, the sensing device 105 of the vehicle 100 with sensing device of the present invention can obtain article information of the article 200 stored in the trunk space 106 in such a manner as to sense a change in gravity.

In addition, the vehicle with sensing device 100 further includes a driver seat 102 and at least one passenger seat 103, and the driver seat 102 and the passenger seat 103 are respectively disposed in the seating space of the vehicle body 101 to be seated. The vehicle with sensing device 100 further comprises at least one image capturing device 107, wherein the image capturing device 107 is arranged at the trunk lid 104, wherein the image capturing device 107 is capable of capturing an image or image of the article 200 when the article 200 stored in the trunk space 106 of the vehicle with sensing device is taken out. Preferably, the image pickup device 107 is rotatably provided to the trunk lid 104 such that when the trunk lid 104 closes the trunk space 106 of the vehicle with sensing means, the image pickup device 107 faces toward the rear of the vehicle with sensing means for recording road condition information, and when the trunk lid 104 is operated such that the trunk space 106 of the vehicle with sensing means is opened, the image pickup device 107 faces toward the trunk space 106 of the vehicle with sensing means for capturing an image or a picture when the article 200 is taken.

Preferably, the sensing device 105 is detachably arranged at the rear of the vehicle body 101 in such a way that, on the one hand, the sensing device 105 can be conveniently attached to a vehicle not equipped with the sensing device 105 to form the vehicle with the sensing device, thereby enabling more vehicles to be used for sharing to reduce or even avoid waste of vehicle resources, and, on the other hand, the vehicle with the sensing device allows for convenient replacement of the damaged sensing device 105 to reduce maintenance costs of the vehicle with the sensing device. In the vehicle with a sensing device of the present invention, the sensing device 105 is directly laid on the rear of the vehicle body 101, and no tool is required when the sensing device 105 is laid on the rear of the vehicle body 101, so that a person without experience in vehicle maintenance can easily replace the sensing device 105.

In a preferred example of the invention, the sensing device 105 is a flat plate structure, for example the sensing device 105 is a deformable flat plate structure, in such a way that the sensing device 105 can be held in the trunk space 106 of the vehicle 100 in a laid-down manner, and that the sensing device 105 can be fitted to the bottom of the vehicle body 101 after the sensing device 105 is laid. That is, the sensing device 105 may fill the trunk space 106 of the vehicle 100 so that the article 200 placed at any position of the trunk space 106 of the vehicle 100 can be sensed by the sensing device 105 in such a manner as to sense a change in gravity, thereby obtaining the delivery information related to the article 200.

Further, the sensing device 105 includes at least one film 1051 and a plurality of sensors 1052, wherein the plurality of sensors 1052 are disposed on the film 1051 in a lattice arrangement. Preferably, the sensor 1052 may be a piezoelectric thin film sensor, such that the sensing device 105 forms a piezoelectric thin film sensing device. It is worth mentioning that the distance between adjacent sensors 1052 is not limited in the present invention, but it should be understood by those skilled in the art that the smaller the distance between adjacent sensors 1052 of the sensing device 105, the more accurate the content of the item information of the item 200 obtained by the sensing device 105, and in particular, the more the sensing device 105 can sense the size information of the item 200.

In a preferred example of the present invention, after the sensing device 105 is provided to the vehicle body 101 to be held at the trunk space 106 of the vehicle 100, the upper portion of the plurality of sensors 1052 of the sensing device 105 has at least one layer of the film 1051, so that when the article 200 is stored at the trunk space 106 of the vehicle 100, since the film 1051 of the sensing device 105 isolates the article 200 and the plurality of sensors 1052, it is possible to avoid the article 200 from directly contacting the sensors 1052, while the sensors 1052 are able to obtain article information of the article 200 in a manner of sensing a change in gravity through the film 1051. Preferably, referring to fig. 2A and 2B, the sensing device 105 includes two film layers 1051 overlapped with each other, wherein the sensors 1052 are disposed between the two film layers 1051 in a lattice arrangement, so that any external object can be prevented from directly contacting the sensors 1052, and in this way, stability and reliability of the sensing device 105 when in use can be ensured. More preferably, the two film layers 1051 can be packaged together in a heat sealing process such that the sensors 1052 are stably and reliably held between the two film layers 1051. Alternatively, the two film layers 1051 may also be glued or sewn or heat sealed together.

When the article 200 is stored in the trunk space 106 of the sensing device-equipped vehicle 100 in such a manner as to be held at the upper portion of the sensing device 105, the article 200 can exert pressure on the sensing device 105 due to the principle of gravity, so that the sensing device 105 can obtain article information of the article 200, referring to fig. 3A and 3B. Specifically, referring to fig. 3A, since the article 200 is placed only on the upper portion of the sensing device 105 located on the left side of fig. 3A, the sensors 1052 on the left side of the sensing device 105 can sense the pressure applied from the article 200, wherein the article information of the article 200 can be obtained according to the position, number, time of starting sensing the pressure, time of duration of the sensed pressure, and the like of the sensors 1052 on the left side of the sensing device 105. For example, size information and shape information of the article 200 may be obtained according to the positions and the number of the sensors 1052 on the left side of the sensing device 105, information that the article 200 starts receiving shared services may be obtained according to the time when the sensors 1052 on the left side of the sensing device 105 start sensing pressure, and time when the article 200 is continuously provided with shared services and the time when the article 200 is taken out may be obtained according to the time when the sensors 1052 on the left side of the sensing device 105 start sensing pressure and the time when the sensed pressure is continuous.

In addition, it will be appreciated by those skilled in the art that, in general, the volume of the trunk space 106 of the vehicle 100 is determined, and thus, based on the item information of the item 200 obtained by the sensing device 105, it can be determined why the vehicle 100 is also able to provide sharing service to the item 200 in the process of providing sharing service to the item 200. Referring to fig. 3B, when an additional item 200 is placed on the upper portion of the right portion of the sensing device 105 in fig. 3B, the sensors 1052 on the right side of the sensing device 105 may sense the pressure applied from the item 200, so that item information of the item 200 may be obtained according to the position, number, time of starting sensing the pressure, time of duration of the sensed pressure, etc. of the sensors 1052 on the right side of the sensing device 105.

In other words, in the present invention, these sensors 1052 of the sensing device 105 are each capable of independently sensing pressure applied from the article 200.

A vehicle resource management system according to a preferred embodiment of the present invention is disclosed and described in the following description with reference to fig. 4 and 5 of the accompanying drawings, wherein the vehicle resource management system comprises a processing unit 10 and a management unit 20, the processing unit 10 and the management unit 20 being communicatively connected to each other. The processing unit 10 is configured to generate a deposit verification code corresponding to the item 200. The management unit 20 is used for managing at least one of the vehicles 100 with sensing devices. The management unit 20 controls the state of the sensing device-equipped vehicle 100 according to the storage verification code generated by the processing unit 10 corresponding to the article 200. For example, the management unit 20 may first verify the deposit verification code, if the management unit 20 verifies that the deposit verification code is an error verification code, the management unit 20 keeps the trunk space 106 of the vehicle with sensing device 100 in a closed state, at which time the vehicle resource management system does not allow the article 200 corresponding to the deposit verification code to be deposited to the trunk space 106 of the vehicle with sensing device 100, and if the management unit 20 verifies that the deposit verification code is a correct verification code, the management unit 20 causes the trunk space 106 of the vehicle with sensing device 100 to be opened, at which time the vehicle resource management system allows the article 200 corresponding to the deposit verification code to be deposited to the trunk space 106 of the vehicle with sensing device 100. That is, the management unit 20 controls the state of the sensing device-equipped vehicle 100 according to the storage verification code generated by the processing unit 10 corresponding to the article 200 to be able to allow the article 200 to be stored to the trunk space 106 of the sensing device-equipped vehicle 100.

For example, in a preferred example of the vehicle resource management system of the present invention, when a non-vehicle owner needs to deposit the article 200 to the trunk space 106 of the vehicle 100 with sensing means of the vehicle owner, the storage verification code corresponding to the article 200 is first acquired by the processing unit 10 of the vehicle resource management system, and then the management unit 20 is allowed to verify the storage verification code, and if the management unit 20 verifies that the storage verification code is a correct verification code, the management unit 20 controls the trunk lid of the vehicle 100 with sensing means to be opened so that the trunk space 106 of the vehicle 100 with sensing means is opened, thereby allowing the non-vehicle owner to store the article 200 corresponding to the storage verification code in the trunk space 106 of the vehicle 100 with sensing means. That is, the vehicle resource management system allows non-owners to store the items 200 in the trunk space 106 of the vehicle 100 with sensing devices in the event that the owners are not on site. For example, when an express service provider (non-vehicle owner) distributes the items 200 purchased by the vehicle owner, the storage verification code may be first acquired through the processing unit 10, and then the management unit 20 may verify the storage verification code, and if the management unit 20 verifies that the storage verification code is a correct verification code, the management unit 20 controls the trunk space 106 of the vehicle 100 with the sensing device to be opened, so as to allow the express service provider to store the items 200 corresponding to the storage verification code in the trunk space 106 of the vehicle 100 with the sensing device, thereby providing convenience to the vehicle owner.

It should be understood by those skilled in the art that the manner in which the management unit 20 controls the trunk space 106 of the vehicle 100 with sensing device to be opened is not limited in the vehicle resource management system of the present invention, for example, the management unit 20 may cause the trunk space 106 of the vehicle 100 with sensing device to be opened to store the article 200 to the trunk space 106 of the vehicle 100 with sensing device in such a manner that the trunk space 106 of the vehicle 100 with sensing device is opened to store the article 200 to the trunk space 106 of the vehicle 100 with sensing device after verification of passing the storage verification code by a express service provider after verification of passing the storage verification code, or the management unit 20 may automatically open the trunk cover of the vehicle 100 with sensing device by opening the trunk space 106 of the vehicle 100 with sensing device.

Specifically, the processing unit 10 further includes a storage verification code generating module 11, the management unit 20 includes a verification module 21 and a control module 22, wherein the verification module 21 is communicatively connected to the storage verification code generating module 11 and the control module 22, and the control module 22 manages the vehicle 100 with the sensing device to control the state of the vehicle 100 with the sensing device according to the verification result of the verification module 21. For example, the control module 22 can control the state of the trunk space 106 of the vehicle with sensing device 100 such that the trunk space 106 of the vehicle with sensing device 100 is maintained in a closed state or opened. The deposit verification code generating module 11 is capable of generating the deposit verification code corresponding to the article 200, the verifying module 21 is capable of verifying the deposit verification code, if the verifying module 21 verifies that the deposit verification code is an error verification code, the control module 22 causes the trunk space 106 of the vehicle with sensing device 100 to be kept in a closed state, and if the verifying module 21 verifies that the deposit verification code is a correct verification code, the control module 22 controls the trunk space 106 of the vehicle with sensing device 100 to be opened to allow the article 200 corresponding to the deposit verification code to be stored in the trunk space 106 of the vehicle with sensing device 100. Preferably, the storage verification code generating module 11 generates the storage verification code according to an item information of the item 200. The item information of the item 200 may include information of weight, shape, size, etc. of the item 200. In addition, if the item 200 is an express item, the item information of the item 200 may further include a reserved name, address, contact, and the like.

In a specific example of the vehicle resource management system of the present invention, if the item 200 is purchased by a vehicle owner, the item information of the item 200 includes information such as a name, an address, and a contact information reserved by the vehicle owner, and the storage verification code generating module 11 can generate the storage verification code according to the information reserved by the vehicle owner. In addition, information such as the weight, shape, and size of the article 200 can also be obtained by the stock verification code generating module 11, so that the stock verification code generating module 11 can generate the stock verification code according to the name, address, contact information reserved by the owner and information such as the weight, shape, and size of the article 200. For example, the express service provider may enter the item information of the item 200 through a client such as a smart phone, and the deposit verification code generating module 11 may generate the deposit verification code according to the item information entered into the item 200. In addition, information of the license plate number of the vehicle 100 with the sensing device of the vehicle owner may be obtained according to information of the name reserved by the vehicle owner, and thus, in some preferred examples of the vehicle resource sharing system, the deposit verification code corresponding to the article 200 generated by the deposit verification code generating module 11 further includes information of the license plate number of the vehicle 100 with the sensing device.

It should be noted that, the way in which the express service provider inputs the item information of the item 200 through a client such as a smart phone is not limited in the vehicle resource management system of the present invention, for example, the express service provider may input the item information of the item 200 through a client such as a smart phone by scanning an express bill provided on the surface of the item 200, or the express service provider may input the item information of the item 200 from the paperless express system through a client such as a smart phone by being communicatively connected to a paperless express system, or the express service provider may input the item information of the item 200 through a client such as a smart phone by being manually input.

In addition, the express service provider can determine the parking position of the vehicle with the sensing device 100 according to the address reserved by the vehicle owner and other information of the vehicle owner, for example, the express service provider can find the vehicle with the sensing device 100 according to the address reserved by the vehicle owner and the parking space position of the vehicle owner. Because the deposit verification code includes information of the license plate number of the vehicle 100 with the sensing device, the express service provider can determine whether the found vehicle 100 with the sensing device is the vehicle 100 with the sensing device of the vehicle owner according to the position of the vehicle 100 with the sensing device pushed by the vehicle resource management system and the information of the license plate number of the vehicle 100 with the sensing device included in the deposit verification code. After the express service provider finds the vehicle 100 with the sensing device, the verification module 21 of the management unit 20 can verify the deposit verification code. Preferably, the verification module 21 can obtain purchase information of the vehicle owner and the deposit verification code from the deposit verification code generating module 11, and the verification module 21 can compare the purchase information of the vehicle owner with the deposit verification code to verify whether the deposit verification code is a correct verification code according to a comparison result. Specifically, if the purchase information of the vehicle owner and the deposit verification code do not match, the verification module 21 confirms that the deposit verification code is a misplacement verification code, at this time, the control module 22 controls the trunk space 106 of the vehicle with sensing device 100 to be kept in a closed state, and if the purchase information of the vehicle owner and the deposit verification code match, the verification module 21 confirms that the deposit verification code is a correct verification code, at this time, the control module 22 controls the trunk space 106 of the vehicle with sensing device 100 to be opened to allow an express service provider to deposit the article 200 corresponding to the deposit verification code into the trunk space 106 of the vehicle with sensing device 100.

It can be appreciated that after the express service provider stores the item 200 purchased by the vehicle owner in the trunk space 106 of the vehicle 100 with the sensing device of the vehicle owner, the express service of the express service provider is finished, that is, after the express service provider stores the item 200 purchased by the vehicle owner in the trunk space 106 of the vehicle 100 with the sensing device of the vehicle owner, the vehicle owner completes the signing of the express service. That is, the vehicle resource management system allows an express service provider to store the item 200 to the trunk space 106 of the vehicle 100 with sensing means without the vehicle owner being on site, in such a way that the vehicle resource management system can provide convenience to the vehicle owner. It should be noted that, this manner provided by the vehicle resource management system of the present invention can also provide convenience to the express service provider. Preferably, in a preferred example of the vehicle resource management system of the present invention, the verification module 21 of the management unit 20 can autonomously verify the stock verification code without participation of the vehicle owner, thereby enabling convenience to the vehicle owner.

Referring to fig. 4 and 5, the management unit 20 further comprises a confirmation module 23, wherein the confirmation module 23 is communicatively connected to the control module 22. When the verification module 21 verifies that the deposit verification code is the correct verification code so that the control module 22 controls the trunk space 106 of the vehicle with sensing device 100 to be opened to allow an express service provider to deposit the article 200 corresponding to the deposit verification code in the trunk space 106 of the vehicle with sensing device 100, the confirmation module 23 obtains information of the article 200 stored in the trunk space 106 of the vehicle with sensing device 100 by circumscribing the vehicle with sensing device 100, for example, the confirmation module 23 can obtain information of weight, size, shape, etc. of the article 200 stored in the trunk space 106 of the vehicle with sensing device 100, and the confirmation module 23 compares the obtained information of weight, size, shape, etc. of the article 200 stored in the trunk space 106 of the vehicle with sensing device 100 with information of a vehicle owner to determine whether the purchased article 200 is the purchased in the trunk space 106 of the vehicle with sensing device. Specifically, if the confirmation module 23 confirms that the article 200 stored in the trunk space 106 of the vehicle with sensing device 100 is an article purchased by a vehicle owner, the control module 22 controls the trunk space 106 of the vehicle with sensing device 100 to return to the closed state, and if the confirmation module 23 confirms that the article 200 stored in the trunk space 106 of the vehicle with sensing device 100 is not an article purchased by a vehicle owner, the control module 22 provides an alarm to feedback a situation to the relevant person while controlling the trunk space 106 of the vehicle with sensing device 100 to be maintained in the open state, for example, the control module 22 may feedback a situation to a manager of the vehicle owner, an express service provider, or the like to prevent the article 200 purchased by the vehicle owner from being lost.

Preferably, referring to fig. 1A to 3B, the trunk of the vehicle 100 with a sensing device is provided with the sensing device 105, wherein the sensing device 105 is capable of sensing the article 200 stored in the trunk space 106 of the vehicle 100 with a sensing device in such a manner as to sense a change in gravity, thereby obtaining information of weight, shape, size, etc. of the article 200. In addition, the sensing device 105 is capable of sensing information such as a time when the article 200 stored in the trunk space 106 of the vehicle with sensing device 100 is stored, a time for which the storage is continued and a time when the article is taken out, a weight, a size, and a shape of the article 200, and the like in a manner of sensing a change in gravity. Specifically, the sensing device 105 includes at least one film 1051 and a plurality of sensors 1052, wherein the plurality of sensors 1052 are disposed on the film 1051 in a lattice arrangement. Preferably, the sensor 1052 may be a piezoelectric thin film sensor, such that the sensing device 105 forms a piezoelectric thin film sensing device.

It is worth mentioning that the distance between adjacent sensors 1052 is not limiting in the present invention, but it will be understood by those skilled in the art that the smaller the distance between adjacent sensors 1052 of the sensing device 105, the more accurate the content of the information related to the article 200 obtained by the sensing device 105, in particular the more the sensing device 105 is able to sense the dimensional information of the article 200. Thus, when the verification module 21 verifies that the deposit verification code is the correct verification code so that the control module 22 controls the trunk space 106 of the vehicle 100 with sensing means to be opened to allow an express service provider to deposit the article 200 corresponding to the deposit verification code in the trunk space 106 of the vehicle 100 with sensing means, the confirmation module 23 can obtain the information of the article 200 stored in the trunk space 106 of the vehicle 100 with sensing means by externally connecting the sensing means 105 of the vehicle 100 with sensing means, and compare it with purchase information of an owner, and subsequently, when the confirmation module 23 confirms that the article 200 stored in the vehicle 100 with sensing means is a purchased article, the control module 22 can control the trunk space 106 of the vehicle 100 with sensing means to be restored to a closed state, in such a manner that the owner of the vehicle can prevent the loss of the purchased article 200 of the vehicle from managing system.

It should be noted that, before the courier stores the article 200 in the trunk space 106 of the vehicle 100 with sensing device, other articles may be stored in the trunk space 106 of the vehicle 100 with sensing device, so that the confirmation module 23 can continuously obtain information related to the trunk state of the vehicle 100 with sensing device from the sensing device 105 of the vehicle 100 with sensing device during the course of storing the article 200 in the trunk space 106 of the vehicle 100 with sensing device by the courier, and if the confirmation module 23 confirms that other articles stored in the trunk space 106 of the vehicle 100 with sensing device are taken out, the control module 22 provides an alarm condition while controlling the trunk space 106 of the vehicle 100 with sensing device to be kept in an open state, such as feedback to a relevant person, for example, the control module 22 may prevent feedback to the owner of the vehicle, the courier, the like.

Referring to fig. 4 and 5, the vehicle resource management system further includes an information acquisition unit 30, wherein the information acquisition unit 30 includes a request information acquisition module 31 and a vehicle information acquisition module 32, and the stock verification code generation module 11 of the processing unit 10 is communicably connected to the request information acquisition module 31 and the vehicle information acquisition module 32. In a specific example of the vehicle resource management system of the present invention, the request information acquisition module 31 is communicably connected to a client such as a smart phone, and the vehicle information acquisition module 32 is communicably connected to the vehicle with sensing device 100. The delivery service provider may input delivery information through a client such as a smart phone, the request information acquiring module 31 may acquire delivery information from the client such as the smart phone and the vehicle information acquiring module 32 may acquire vehicle information from the vehicle 100 with the sensing device, wherein the deposit verification code generating module 11 of the processing unit 10 may acquire delivery information from the request information acquiring module 31 and vehicle information from the vehicle information acquiring module 32, respectively, and generate the deposit verification code according to the delivery information and the vehicle information.

The information acquisition unit 30 of the vehicle resource management system further includes a purchase information acquisition module 33, wherein the verification module 21 and the purchase information acquisition module 33 are communicably connected. The purchase information acquiring module 33 can acquire purchase information of the vehicle owner, the verifying module 21 can acquire purchase information of the vehicle owner from the purchase information acquiring module 33 and the deposit verification code from the deposit verification code generating module 11, and compare the purchase information of the vehicle owner with the deposit verification code to verify whether the deposit verification code is a correct verification code, and the controlling module 22 subsequently controls the state of the vehicle 100 with the sensing device according to the verification result of the verifying module 21.

Preferably, the purchase information acquisition module 33 of the information acquisition unit 30 and the confirmation module 23 of the management unit 20 are communicably connected to each other, when an express service provider stores the item 200 corresponding to the deposit verification code in the trunk space 106 of the vehicle with sensing device 100, the confirmation module 23 can acquire information of the item 200 stored in the trunk space 106 of the vehicle with sensing device 100 from the sensing device 105, and then the confirmation module 23 can acquire purchase information of an owner from the purchase information acquisition module 33, and the confirmation module 23 compares the information of the item 200 stored in the trunk space 106 of the vehicle with sensing device 100 acquired from the sensing device 105 with purchase information acquired from the purchase information acquisition module 33 for determining whether the item 200 stored in the trunk space 106 of the vehicle with sensing device 100 is a purchase-capable item 200 of preventing the owner from purchasing by the system of the vehicle. That is, the control module 22 can control the state of the vehicle 100 with the sensing device according to the confirmation result of the confirmation module 23.

It is worth mentioning that the vehicle resource management system allows different express service providers to intermittently store the items 200 purchased by owners in the trunk space 106 of the vehicle 100 with sensing devices, because the confirmation module 23 of the management unit 20 can confirm whether other items stored in the trunk space 106 of the vehicle 100 with sensing devices are taken out or not, during the process that the items 200 are stored in the trunk space 106 of the vehicle 100 with sensing devices. For example, the vehicle resource management system allows one express service provider to deposit one article 200 to the trunk space 106 of the sensing device-equipped vehicle 100 in the morning, and another express service provider to deposit another article 200 to the trunk space 106 of the sensing device-equipped vehicle 100 in the afternoon, and the vehicle resource management system can prevent the article 200 deposited in the trunk space 106 of the sensing device-equipped vehicle 100 in the afternoon from being lost while the express service provider is depositing the article 200 to the trunk space 106 of the sensing device-equipped vehicle 100 in the afternoon.

In another preferred example of the vehicle resource management system of the present invention, the trunk space 106 of the vehicle with sensing device 100 can also be used by at least one non-owner (sharing user) to temporarily store the item 200 to enable sharing of the trunk space 106 of the vehicle with sensing device 100, thereby reducing or even avoiding wastage of vehicle resources of the vehicle with sensing device 100.

Specifically, from fig. 6, the processing unit 10 further includes a pick-up verification code generation module 12 for generating a pick-up verification code corresponding to the item 200. The verification module 21 and the pick-up verification code generation module 12 of the management unit 20 are communicably connected to each other, wherein the verification module 21 is capable of obtaining the pick-up verification code and verifying the pick-up verification code, and if the verification module 21 verifies that the pick-up verification code is an erroneous verification code, the control module 22 controls the trunk space 106 of the shared vehicle 100 with sensing device to be kept in a closed state, at which time the vehicle resource management system does not allow the shared user to take out the article 200 stored in the trunk space 106 of the shared vehicle 100 with sensing device, and if the verification module 21 verifies that the pick-up verification code is a correct verification code, the control module 22 controls the trunk space 106 of the shared vehicle 100 to be opened, at which time the vehicle resource management system allows the shared user to take out the article 200 stored in the trunk space 106 of the shared vehicle 100 with sensing device. That is, the control module 22 can control the state of the shared vehicle with sensing device 100 according to the verification result of the verification module 21 to allow a sharing user to take out the article 200 from the trunk space 106 of the shared vehicle with sensing device 100.

With continued reference to fig. 4 and 6, the processing unit 10 further includes a recommending module 13, wherein the recommending module 13 is communicably connected to the request information acquiring module 31 and the vehicle information acquiring module 32, wherein the recommending module 13 acquires the delivery information of the article 200 from the request information acquiring module 13 and the vehicle information of the vehicle with sensing device 100 from the vehicle information acquiring module 32, and the recommending module 13 is capable of recommending one of the vehicles with sensing device 100 as the shared vehicle with sensing device 100 based on the delivery information of the article 200 and the vehicle information of the vehicle with sensing device 100. The recommendation rules by which the recommendation module 13 of the processing unit 10 recommends the shared vehicle 100 with a sensing device are not limited in the vehicle resource management system of the present invention. For example, the distribution information of the article 200 includes information such as a name, address, and contact information reserved by the sharing user, and the recommendation module 13 can recommend one of the vehicles with sensing devices 100 as the shared vehicle with sensing device 100 according to a distance-first recommendation rule. Of course, it should be understood by those skilled in the art that the recommendation module 13 recommends the shared vehicle 100 with sensing device according to the distance-first recommendation rule is only an example and should not be construed as limiting the content and scope of the vehicle resource management system of the present invention. It is noted that, once the recommendation module 13 recommends the shared vehicle with sensing device 100, information such as the position and license plate number of the shared vehicle with sensing device 100 can be acquired.

The stock verification code generation module 11 is communicatively connected to the recommendation module 13, wherein the stock verification code generation module 11 is capable of generating the stock verification code based on information reserved by a sharing user, item information of the item 200, and vehicle information of the shared sensing device-equipped vehicle 100 recommended by the recommendation module 13. It is noted that the storage verification code includes information such as the license plate number of the shared vehicle 100 with the sensing device, so that the express service provider can find and confirm the shared vehicle 100 with the sensing device.

The express service provider can find and confirm the shared vehicle 100 with the sensing device according to the vehicle information of the shared vehicle 100 with the sensing device, and after the express service provider finds the shared vehicle 100 with the sensing device, the verification module 21 of the management unit 20 can verify the deposit verification code. Preferably, the verification module 21 is capable of acquiring purchase information of a sharing user and the deposit verification code acquired from the deposit verification code generation module 11 from the purchase information acquisition module 33 of the information acquisition unit 30, comparing the purchase information of the sharing user and the deposit verification code, and if the purchase information of the sharing user matches the deposit verification code, the verification module 21 confirms that the deposit verification code is a correct verification code, at which time the control module 22 controls the trunk space 106 of the shared vehicle with sensing device 100 to be opened to allow an express service provider to deposit the item 200 corresponding to the deposit verification code into the trunk space 106 of the shared vehicle with sensing device 100. That is, the vehicle resource management system allows an express service provider to deposit the item 200 to the trunk space 106 of the shared vehicle 100 with a sensing device without the presence of both the owner and the sharing user, in such a way that the vehicle resource management system can provide convenience to the sharing user.

In a preferred example of the vehicle resource sharing system of the present invention, the pick-up verification code generation module 12 is communicably connected to the control module 22, the purchase information acquisition module 33, and the recommendation module 13, wherein after the control module 22 controls the trunk space 106 of the shared vehicle 100 with sensing device to be restored to the closed state according to the verification result of the verification module 21, the pick-up verification code generation module 12 acquires purchase information of a sharing user from the purchase information acquisition module 33 and acquires vehicle information of the shared vehicle 100 with sensing device from the recommendation module 13, and the pick-up verification code generation module 12 generates the pick-up verification code according to the purchase information and the vehicle information. In another preferred example of the vehicle resource management system of the present invention, the pick-up verification code generation module 12 is communicatively connected to the control module 22 and the pick-up verification code generation module 11, wherein after the control module 22 controls the trunk space 106 of the shared vehicle with sensing device 100 to resume the closed state according to the verification result of the verification module 21, the pick-up verification code generation module 12 acquires the pick-up verification code from the pick-up verification code generation module 11, and the pick-up verification code generation module 12 generates the pick-up verification code according to the pick-up verification code. It is noted that the pick-up verification code includes information such as a vehicle position and a license plate number of the shared vehicle 100 with the sensing device, so that after the pick-up verification code is pushed to the sharing user by the vehicle resource management system, the sharing user can find and confirm the shared vehicle 100 with the sensing device according to the pick-up verification code.

Referring to fig. 6, when the verification module 21 verifies that the deposit verification code is the correct verification code such that the control module 22 controls the information of the articles 200 stored in the shared trunk space 106 of the vehicle 100 with a sensing device to be opened to allow an express service provider to deposit the articles 200 corresponding to the deposit verification code in the trunk space 106 of the vehicle 100 with a sensing device, the deperson module 23 obtains the information of the articles 200 stored in the shared trunk space 106 by externally connecting the sensing device 105 of the vehicle 100 with a sensing device, for example, the confirmation module 23 can obtain the information of the weights, sizes, shapes, and the like of the articles 200 stored in the shared trunk space 106 of the vehicle 100 with a sensing device, and the confirmation module 23 confirms whether the obtained information of the articles 200 stored in the shared trunk space 100 with a sensing device is the same as the information of the articles 200 stored in the shared trunk space 106 with a user, and the confirmation module 23 confirms whether the information of the articles 200 stored in the shared trunk space 106 with a sensing device is the user-shared trunk space 100 is the information of the articles stored in the shared trunk space 106 is the shared, and the user-shared user-a user-device is the user-device, and the confirmation module is determined whether the information of the articles 200 stored in the shared trunk space 106 is stored in the shared trunk space 100 is stored in the shared by the user-space is the user-shared by the user-receiving device, and the user-receiving device is determined, if the confirmation module 23 confirms that the item 200 stored in the trunk space 106 of the shared vehicle 100 with sensing device is not an item purchased by a sharing user, the control module 22 provides an alarm while controlling the trunk space 106 of the shared vehicle 100 with sensing device to be in an open state to feed back a situation to a person concerned, for example, the control module 22 may feed back a situation to a person sharing the user, a manager of an express service provider, or the like, to prevent the item 200 purchased by the sharing user from being lost.

It should be noted that, before the express service provider deposits the article 200 in the trunk space 106 of the shared vehicle 100 with sensing device, other articles may be deposited in the trunk space 106 of the shared vehicle 100 with sensing device, so that during the process of depositing the article 200 in the trunk space 106 of the shared vehicle 100 with sensing device by the express service provider, the confirmation module 23 can continuously obtain information related to the state of the shared vehicle 100 with sensing device from the sensing device 105 of the shared vehicle 100 with sensing device, and if the confirmation module 23 confirms that other articles deposited in the trunk space 106 of the shared vehicle 100 with sensing device are removed, the control module 22 can control the open state of the trunk of the shared vehicle 100 while controlling the feedback to the user of the shared vehicle 100, such as an alarm module 22, to prevent feedback to the user, etc.

Preferably, when an express service provider deposits the item 200 corresponding to the deposit verification code in the trunk space 106 of the shared vehicle 100, the confirmation module 23 can obtain information of the item 200 deposited in the trunk space 106 of the shared vehicle 100 from the sensing device 105 of the shared vehicle 100, and then the confirmation module 23 can acquire purchase information of a sharing user from the purchase information acquisition module 33, and the confirmation module 23 compares the information of the item 200 deposited in the trunk space 106 of the shared vehicle 100 obtained from the sensing device 105 with purchase information of a sharing user acquired from the purchase information acquisition module 33 for confirming whether the item 200 deposited in the trunk space 106 of the shared vehicle 100 is a sharing user, so that the system can prevent the purchase of the item 200 by the sharing user. That is, the control module 22 can control the state of the vehicle 100 with the sensing device according to the confirmation result of the confirmation module 23.

It should be noted that, in the process that the articles 200 are stored in the trunk space 106 of the shared sensing device-equipped vehicle 100, the vehicle resource management system allows different express service providers to store the articles 200 purchased by different sharing users in the same shared trunk space 106 of the sensing device-equipped vehicle 100, because the confirmation module 23 of the management unit 20 can confirm whether other articles stored in the trunk space 106 of the sensing device-equipped vehicle 100 are taken out, in such a way that the utilization rate of the vehicle resources of the sensing device-equipped vehicle 100 can be greatly increased.

In a preferred example of the vehicle resource management system of the present invention, after the article 200 is stored in the shared vehicle 100 with sensing device and the control module 22 controls the shared vehicle 100 with sensing device to resume the closed state, the vehicle resource management system can push the pickup verification code generated by the pickup verification code generation unit 12 of the processing unit 10 to a sharing user for the sharing user to take out the article 200 stored in the shared vehicle 100 with sensing device by using the pickup verification code at a later time. Preferably, the vehicle resource management system only allows a sharing user to take out the item 200 corresponding to the pick-up verification code from the trunk space 106 of the shared vehicle with sensing device 100.

Specifically, after the sharing user finds and confirms the shared vehicle 100 with the sensing device, the verification module 21 can verify the pick-up verification code, and the control module 22 can control the state of the shared vehicle 100 with the sensing device according to the verification result of the verification module 21 to allow the sharing user to pick up the article 200 corresponding to the pick-up verification code from the trunk space 106 of the shared vehicle 100 with the sensing device. More specifically, if the verification module 21 verifies that the pick-up verification code is an error verification code, the control module 22 controls the trunk space 106 of the shared vehicle 100 with sensing device to be in a closed state, at which time the vehicle resource management system does not allow a sharing user to take out the article 200 from the trunk space 106 of the shared vehicle 100 with sensing device, and if the verification module 21 verifies that the pick-up verification code is a correct verification code, the control module 22 controls the trunk space 106 of the shared vehicle 100 with sensing device to be opened, at which time the vehicle resource management system allows a sharing user to take out the article 200 from the trunk space 106 of the shared vehicle 100 with sensing device.

When the verification module 21 verifies that the pick-up verification code is the correct verification code so that the control module 22 controls the shared trunk space 106 of the vehicle 100 with the sensing device to be opened to allow the shared user to pick up the article 200 from the shared trunk space 106 of the vehicle 100 with the sensing device, the confirmation module 23 obtains information such as the weight, the size, the shape, etc. of the picked-up article 200 by externally connecting the shared vehicle 100 with the sensing device, and the confirmation module 23 compares the information such as the weight, the size, the shape, etc. of the picked-up article 200 with the purchase information of the shared user to determine whether the picked-up article 200 is the purchase information of the shared user, if the confirmation module 23 confirms that the picked-up article 200 is the purchase information of the shared user, the control module 22 can control the shared vehicle 100 to recover to a closed state by the shared user, if the confirmation module 23 confirms that the picked-up article 200 is not the purchase information of the shared user, and can prevent the alarm system from being in a state by the feedback to the vehicle 100 when the control module 22 is not in a state of the shared user is opened.

With continued reference to fig. 4 and 6, the processing unit 10 further includes a dump module 14, wherein the dump module 14 is communicably coupled to the recommendation module 13. When the trunk space 106 of the shared vehicle with sensing device 100 is stored with the article 200 of the shared user, the transfer module 14 may generate a transfer signal according to a transfer request of a vehicle owner, wherein the recommending module 13 receives the transfer signal from the transfer module 14 and recommends another vehicle with sensing device 100 as the shared vehicle with sensing device 100 according to the transfer signal, in such a manner that the article 200 of the shared user can be transferred to the other vehicles with sensing device 100. It will be appreciated that once the item 200 of the sharing user is transferred to the other sensing device-equipped vehicles 100, the pick-up verification code generation module 12 can generate a new pick-up verification code and the vehicle resource management system pushes the regenerated pick-up verification code to the sharing user.

Referring to fig. 4, the information acquisition unit 30 further includes a storage information acquisition module 34, wherein the storage information acquisition module 34 acquires information that the article 200 is stored in the shared sensing device-equipped vehicle 100 by externally connecting the sensing device 105 of the sensing device-equipped vehicle 100, for example, information such as a time when the article 200 is stored, a time when the article 200 is taken away, a time period when the article 200 is continuously stored, a weight, a size, and a shape of the article 200, and the like, can be acquired by the storage information acquisition module 34. The processing unit 10 further comprises a bill generation module 15, the bill generation module 15 and the deposit information obtaining module 34 being communicatively connected to each other, wherein the bill generation module 15 obtains information from the deposit information obtaining module 34 that the item 200 is deposited on the shared vehicle 100 with sensing device, and generates a bill to be paid according to the information, to subsequently allow the sharing user to pay the bill to be paid. Preferably, the vehicle resource management system further comprises a payment unit 40, wherein the payment unit 40 and the bill generation module 15 of the processing unit 10 are communicably connected to each other, wherein the payment unit 40 is configured to pay the bill to be paid generated by the bill generation module 15.

Those skilled in the art will appreciate that the embodiments of the invention shown in the drawings and described above are merely illustrative of the invention and not limiting.

It will thus be seen that the objects of the invention are efficiently attained. The embodiments for explaining the functional and structural principles of the present invention have been fully illustrated and described, and the present invention is not limited by the changes based on the principles of the embodiments. Accordingly, the invention includes all modifications encompassed within the scope and spirit of the following claims.

Claims

1. A vehicle resource management system, comprising:

the management unit comprises a verification module and a control module which are mutually and communicatively connected, wherein the control module is used for controlling at least one vehicle, the verification module verifies the pick-up verification code generated by the pick-up verification code generation module, and the control module controls the state of the vehicle according to the verification result of the verification module so as to allow the article corresponding to the pick-up verification code stored in a trunk space of the vehicle to be taken out; the processing unit comprises a storage verification code generation module which generates a storage verification code corresponding to the article; generating a storage verification code according to the information of the article; wherein the verification module verifies the deposit verification code generated by the deposit verification code generation module, and the control module controls the state of the vehicle according to the verification result of the verification module so as to allow the article corresponding to the deposit verification code to be stored in a trunk space of the vehicle; wherein the management unit comprises a confirmation module, the confirmation module and the control module being communicatively connected to each other, wherein the confirmation module obtains confirmation of the nature of the item being removed from the trunk space of the vehicle in a manner that is communicatively connected to a sensing device of the vehicle;

The sensing device comprises at least one film layer and a plurality of sensors, and each sensor is respectively arranged on the film layer at intervals; the sensing device is used for acquiring article information of an article;

the processing unit comprises a recommending module, the stock verification code generating module is connected with the recommending module in a communication mode, the recommending module is used for recommending one vehicle to be the shared vehicle, and the stock verification code generating module generates the stock verification code corresponding to the article according to the shared vehicle recommended by the recommending module.

2. The vehicle resource management system of claim 1, wherein the confirmation module confirms the nature of the item being removed from the trunk space of the vehicle, the control module controlling the state of the vehicle in accordance with a confirmation result of the confirmation module.

3. The vehicle resource management system of claim 1, wherein each of the sensors is disposed in the film layer in a lattice manner.

4. The vehicle resource management system of claim 1, wherein the processing unit includes a restocking module communicatively coupled to the recommending module, wherein the restocking module generates a restocking signal according to a restocking request, and the recommending module recommends another of the vehicles as the shared vehicle according to the restocking signal.

5. A vehicle with sensing device comprising a vehicle resource management system according to any one of claims 1-4, comprising:

a vehicle body;

a sensing device is laid on the vehicle body in such a manner that the sensing device is held in the trunk space.

6. The vehicle with a sensing device of claim 5, wherein the sensing device is detachably laid on the vehicle body.

7. The vehicle with a sensing device according to claim 5, wherein the vehicle body is provided so as to be able to control a state of the trunk lid according to a sensing result of the sensing device.

8. The vehicle with a sensing device according to any one of claims 5 to 7, further comprising at least one image pickup device, wherein the image pickup device is provided to the trunk lid.

9. The vehicle with a sensing device of claim 7, wherein the sensing device comprises at least one membrane layer and a plurality of sensors, each of the sensors being respectively disposed at the membrane layer in spaced relation to each other.

10. The vehicle with a sensing device according to claim 9, wherein each of the sensors is disposed in the film layer in a lattice manner.

11. The vehicle with a sensing device of claim 10, wherein the number of membrane layers is two, wherein each of the sensors is respectively held between two of the membrane layers.

12. The vehicle with a sensing device of claim 11, wherein two of the film layers are glued to each other.

13. The vehicle with a sensing device of claim 11, wherein two of the film layers are sewn to each other.

14. The vehicle with a sensing device of claim 11, wherein two of the film layers are heat sealed to each other.